rlx_models/
lib.rs

1// RLX — versatile ML compiler + runtime.
2// Copyright (C) 2026 Eugene Hauptmann, Nataliya Kosmyna.
3//
4// This program is free software: you can redistribute it and/or modify
5// it under the terms of the GNU General Public License as published by
6// the Free Software Foundation, version 3.
7//
8// This program is distributed in the hope that it will be useful,
9// but WITHOUT ANY WARRANTY; without even the implied warranty of
10// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
11// GNU General Public License for more details.
12//
13// You should have received a copy of the GNU General Public License
14// along with this program. If not, see <https://www.gnu.org/licenses/>.
15
16//! RLX model loading — parse configs, load weights, build IR graphs.
17//!
18//! This crate is a thin facade over per-model workspace members (`rlx-qwen3`,
19//! `rlx-sam`, …). Depend on a specific model crate directly when you only need
20//! one family.
21
22pub use rlx_core::{
23    BertConfig, EmbedGgufKind, FlowBuildExt, GgufDirGuide, GgufModelFamily, GgufTensorNameResolver,
24    LlamaFamilyGgufResolver, LoadOpts, LoadWeightsOptions, LoadedWeights, NomicBertConfig,
25    NomicVisionConfig, PassThroughGgufResolver, Qwen35NativeGgufResolver, RegisteredFormat,
26    ResolveOpts, ResolveWeightsOptions, STANDARD_DEVICE_NAMES, WeightDrainPolicy,
27    WeightFormatRegistration, WeightLoader, WeightMap, WeightMapSource, arch_registry,
28    assert_gguf_family, config, dataprocessing, flow_bridge, flow_util, format_for_extension,
29    gguf_architecture_str, gguf_dir_guide, gguf_f32_bytes_estimate, gguf_family_for_arch,
30    gguf_resolve, gguf_runner_hint, gguf_support, into_compile_parts, is_standard_device,
31    list_registered_formats, lm, load_from_path, load_weight_map_resolved, load_weights_resolved,
32    open as open_weights, open_map, open_map_with, open_with, register_gguf_tensor_resolver,
33    register_weight_format, resolve_weights_file, resolve_weights_file_with_options,
34    validate_sam_device, validate_standard_device, vision_ops_ir, weight_loader, weight_map,
35    weight_registry, weights,
36};
37pub use rlx_flow::{BuiltModel, CompileProfile};
38
39#[cfg(feature = "bert")]
40pub mod bert {
41    pub use rlx_bert::bert::*;
42}
43#[cfg(feature = "bert")]
44pub mod bert_flow {
45    pub use rlx_bert::flow::*;
46}
47#[cfg(feature = "clinicalbert")]
48pub mod clinicalbert {
49    pub use rlx_clinicalbert::*;
50}
51#[cfg(feature = "nomic")]
52pub mod nomic {
53    pub use rlx_nomic::nomic::*;
54}
55#[cfg(feature = "nomic")]
56pub mod nomic_flow {
57    pub use rlx_nomic::flow::*;
58}
59#[cfg(feature = "vision")]
60pub mod vision {
61    pub use rlx_vision::vision::*;
62}
63#[cfg(feature = "vision")]
64pub mod vision_flow {
65    pub use rlx_vision::flow::*;
66}
67#[cfg(feature = "dinov2")]
68pub mod dinov2 {
69    pub use rlx_dinov2::*;
70}
71#[cfg(feature = "bioclip2")]
72pub mod bioclip2 {
73    pub use rlx_bioclip2::*;
74}
75#[cfg(feature = "embed")]
76pub mod embed {
77    pub use rlx_embed::*;
78}
79#[cfg(feature = "flux2")]
80pub mod flux2 {
81    pub use rlx_flux2::*;
82}
83#[cfg(feature = "diamond")]
84pub mod diamond {
85    pub use rlx_diamond::*;
86}
87#[cfg(feature = "qwen3")]
88pub mod qwen3 {
89    pub use rlx_qwen3::*;
90}
91#[cfg(feature = "qwen35")]
92pub mod qwen35 {
93    pub use rlx_qwen35::*;
94}
95#[cfg(feature = "qwen25-vl")]
96pub mod qwen25_vl {
97    pub use rlx_qwen25_vl::*;
98}
99#[cfg(feature = "llama32")]
100pub mod llama32 {
101    pub use rlx_llama32::*;
102}
103#[cfg(feature = "gemma")]
104pub mod gemma {
105    pub use rlx_gemma::*;
106}
107#[cfg(feature = "llada2")]
108pub mod llada2 {
109    pub use rlx_llada2::llada2::*;
110}
111#[cfg(feature = "llada2")]
112pub mod tide {
113    pub use rlx_llada2::tide::*;
114}
115#[cfg(feature = "sam")]
116pub mod sam {
117    pub use rlx_sam::*;
118}
119#[cfg(feature = "sam2")]
120pub mod sam2 {
121    pub use rlx_sam2::*;
122}
123#[cfg(feature = "sam3")]
124pub mod sam3 {
125    pub use rlx_sam3::*;
126}
127#[cfg(feature = "vjepa2")]
128pub mod vjepa2 {
129    pub use rlx_vjepa2::*;
130}
131#[cfg(feature = "wav2vec2-bert")]
132pub mod wav2vec2_bert {
133    pub use rlx_wav2vec2_bert::*;
134}
135#[cfg(feature = "wav2vec2-asr")]
136pub mod wav2vec2_asr {
137    pub use rlx_wav2vec2_asr::*;
138}
139#[cfg(feature = "diarize")]
140pub mod diarize {
141    pub use rlx_diarize::*;
142}
143#[cfg(feature = "whisper")]
144pub mod whisper {
145    pub use rlx_whisper::*;
146}
147#[cfg(feature = "vad")]
148pub mod vad {
149    pub use rlx_vad::*;
150}
151#[cfg(feature = "aec")]
152pub mod aec {
153    pub use rlx_aec::*;
154}
155#[cfg(feature = "voxtral")]
156pub mod voxtral {
157    pub use rlx_voxtral::*;
158}
159#[cfg(feature = "qwen3-asr")]
160pub mod qwen3_asr {
161    pub use rlx_qwen3_asr::*;
162}
163#[cfg(feature = "voxtral-tts")]
164pub mod voxtral_tts {
165    pub use rlx_voxtral_tts::*;
166}
167
168#[cfg(feature = "qwen3-tts")]
169pub mod qwen3_tts {
170    pub use rlx_qwen3_tts::*;
171}
172#[cfg(feature = "locateanything")]
173pub mod locateanything {
174    pub use rlx_locateanything::*;
175}
176#[cfg(feature = "ocr")]
177pub mod ocr {
178    pub use rlx_ocr::*;
179}
180#[cfg(feature = "neutts")]
181pub mod neutts {
182    pub use rlx_neutts::*;
183}
184#[cfg(feature = "orpheus")]
185pub mod orpheus {
186    pub use rlx_orpheus::*;
187}
188#[cfg(feature = "kittentts")]
189pub mod kittentts {
190    pub use rlx_kittentts::*;
191}
192#[cfg(feature = "florence2")]
193pub mod florence2 {
194    pub use rlx_florence2::*;
195}
196#[cfg(feature = "mimi")]
197pub mod mimi {
198    pub use rlx_mimi::*;
199}
200#[cfg(feature = "tsac")]
201pub mod tsac {
202    pub use rlx_tsac::*;
203}
204#[cfg(feature = "moshi")]
205pub mod moshi {
206    pub use rlx_moshi::*;
207}
208#[cfg(feature = "neutts")]
209pub use rlx_neutts::{
210    BackboneModel, DEFAULT_N_CTX, GenerationConfig, NeuCodecDecoder, NeuCodecEncoder, NeuTTS,
211    STOP_TOKEN, build_prompt, extract_ids,
212};
213
214#[deprecated(note = "use `rlx_models::ocr`")]
215#[cfg(feature = "ocr")]
216pub mod ocrs {
217    pub use rlx_ocr::*;
218}
219
220// ── Stub families (PLAN.md M4 — no runner yet). Each exposes a
221// `*Runner::builder().build()` that returns an error pointing at the
222// milestone, so callers get a typed surface to wire against today.
223#[cfg(feature = "mistral")]
224pub mod mistral {
225    pub use rlx_mistral::*;
226}
227#[cfg(feature = "bonsai")]
228pub mod bonsai {
229    pub use rlx_bonsai::*;
230}
231#[cfg(feature = "minicpm5")]
232pub mod minicpm5 {
233    pub use rlx_minicpm5::*;
234}
235#[cfg(feature = "tinyllama")]
236pub mod tinyllama {
237    pub use rlx_tinyllama::*;
238}
239#[cfg(feature = "phi")]
240pub mod phi {
241    pub use rlx_phi::*;
242}
243#[cfg(feature = "omnicoder")]
244pub mod omnicoder {
245    pub use rlx_omnicoder::*;
246}
247#[cfg(feature = "granite")]
248pub mod granite {
249    pub use rlx_granite::*;
250}
251#[cfg(feature = "cohere")]
252pub mod cohere {
253    pub use rlx_cohere::*;
254}
255#[cfg(feature = "sam-ir")]
256pub mod mask_hyper_matmul_ir {
257    pub use rlx_sam_ir::mask_hyper_matmul_ir::*;
258}
259#[cfg(feature = "sam-ir")]
260pub mod mask_prompt_ir {
261    pub use rlx_sam_ir::mask_prompt_ir::*;
262}
263#[cfg(feature = "sam-ir")]
264pub mod mlp_relu_ir {
265    pub use rlx_sam_ir::mlp_relu_ir::*;
266}
267#[cfg(feature = "sam-ir")]
268pub mod twoway_transformer_ir {
269    pub use rlx_sam_ir::twoway_transformer_ir::*;
270}
271
272#[cfg(feature = "runner")]
273pub mod run;
274#[cfg(feature = "runner")]
275mod sam_runner;
276
277pub use rlx_core::flow_bridge::{
278    apply_compile_profile, compile_graph_encoder, compile_graph_legacy,
279    compile_graph_llama32_decode, compile_graph_llama32_prefill, compile_graph_qwen3_decode,
280    compile_graph_qwen3_prefill, compile_graph_qwen35_decode, compile_graph_qwen35_prefill,
281    compile_graph_sam, compile_graph_with_profile, load_compile_profile, profile_near_weights,
282};
283pub use rlx_core::flow_util::{
284    build_graph, built_from_graph, built_from_hir, built_from_hir_with_profile, compile_built,
285    compile_built_cpu, compile_graph_encoder_with_params, compile_graph_profile,
286    compile_graph_qwen3_prefill_with_params, compile_graph_qwen35_decode_with_params,
287    compile_graph_qwen35_prefill_with_params, compile_graph_sam_with_params, graph_from_built,
288    graph_from_hir,
289};
290
291#[cfg(feature = "bert")]
292pub use bert::build_bert_graph_sized;
293#[cfg(feature = "bert")]
294pub use bert_flow::{BertFlow, build_bert_built};
295#[cfg(feature = "diarize")]
296pub use diarize::{DiarizeConfig, DiarizeSession, SpeakerTurn as DiarizeSpeakerTurn};
297#[cfg(feature = "dinov2")]
298pub use dinov2::{
299    DinoV2Built, DinoV2Config, DinoV2Flow, DinoV2PreprocessWeights, build_dinov2_built,
300    build_dinov2_graph_sized,
301};
302#[cfg(feature = "embed")]
303pub use embed::{
304    Arch, BertTokenizer, EmbeddingModel, ImageEmbeddingModel, ModelArch, ModelInfo, Pooling,
305    RlxBertModel, RlxEmbed, RlxNomicModel, RlxVisionModel, TokenizedBatch, assemble_vision_hidden,
306    compile_model, detect_arch, embed_with_rlx, models_map,
307};
308#[cfg(feature = "flux2")]
309pub use flux2::{
310    DEFAULT_TEXT_ENCODER_LAYERS, Flux2CfgCombineFlow, Flux2CfgCombineGraph, Flux2Checkpoint,
311    Flux2Config, Flux2Flow, Flux2ForwardBuilt, Flux2ForwardGraph, Flux2ForwardInput,
312    Flux2GraphParams, Flux2PromptOutput, Flux2Session, Flux2SessionCache, Flux2SessionKey,
313    Flux2TextEncoderBuilt, Flux2TextEncoderFlow, Flux2VaeConfig, Flux2VaeDecoderFlow,
314    Flux2VaeEncoderFlow, Flux2VaeGraph, Flux2VaeWeights, Flux2Weights, build_flux2_cfg_combine_hir,
315    build_flux2_forward_graph, build_flux2_forward_hir, build_flux2_minimal_graph,
316    build_flux2_minimal_hir, build_flux2_text_encoder_hir, cfg_combine, compile_flux2_cfg_combine,
317    compile_flux2_forward, compile_flux2_forward_via_flow, compile_flux2_minimal,
318    compile_flux2_text_encoder_hir, download_flux2_repo, encode_flux2_prompt,
319    encode_prompt_embeds_default_layers, encode_prompt_padded, extract_flux2_vae_weights,
320    extract_flux2_weights, extract_text_encoder_weights, flux2_decode_packed_latents,
321    flux2_prefers_compiled_hir, flux2_prefers_compiled_te, flux2_rgb_to_u8,
322    flux2_transformer_forward, host_temb, load_and_apply_flux2_lora, load_flux2_vae_weights,
323    load_flux2_weights, load_rgb_planar, load_text_encoder_weights, parse_lora_scale,
324    prepare_latent_ids, prepare_text_ids, prepare_weight_map, resolve_text_encoder_dir,
325    resolve_tokenizer_path, resolve_transformer_config, resolve_vae_dir, tiny_text_encoder_config,
326};
327#[cfg(feature = "gemma")]
328pub use gemma::{
329    GemmaArch, GemmaConfig, GemmaFlow, GemmaGenerator, build_gemma_decode_graph_sized,
330    build_gemma_graph_sized, build_gemma_graph_sized_last_logits, build_gemma_graph_sized_packed,
331    encode_prompt as gemma_encode_prompt, encode_prompt_auto as gemma_encode_prompt_auto,
332    gemma_cfg_from_gguf, resolve_tokenizer_path as gemma_resolve_tokenizer_path,
333};
334#[cfg(feature = "llada2")]
335pub use llada2::{
336    LLaDA2MoeConfig, LLaDA2Runner, LLaDA2RunnerBuilder, LLaDA2Weights, build_llada2_forward_graph,
337    default_memory_budget_bytes, validate_device as validate_llada2_device,
338};
339#[cfg(feature = "llama32")]
340pub use llama32::{
341    Llama32Config, Llama32Flow, Llama32Generator, build_llama32_decode_graph_sized,
342    build_llama32_graph_sized, build_llama32_graph_sized_last_logits,
343    build_llama32_graph_sized_packed, encode_prompt as llama32_encode_prompt,
344    encode_prompt_auto as llama32_encode_prompt_auto, llama32_cfg_from_gguf,
345    resolve_tokenizer_path as llama32_resolve_tokenizer_path,
346};
347#[cfg(feature = "nomic")]
348pub use nomic::{build_nomic_diagnostic_graph, build_nomic_graph_sized};
349#[cfg(feature = "nomic")]
350pub use nomic_flow::{NomicFlow, build_nomic_built};
351#[cfg(feature = "ocr")]
352pub use ocr::{
353    BLACK_VALUE, DEFAULT_ALPHABET, DecodeMethod, DetectionParams, DimOrder, HF_DETECTION_RTEN,
354    HF_DETECTION_ST, HF_RECOGNITION_RTEN, HF_RECOGNITION_ST, ImageSource, OcrConfig, OcrEngine,
355    OcrEngineParams, OcrInput, OcrOutput, OcrRunner, OcrRunnerBuilder, RotatedRect, TextChar,
356    TextLine, TextWord, resolve_model_dir,
357};
358#[cfg(feature = "qwen3")]
359pub use qwen3::{
360    Qwen3Config, Qwen3Flow, Qwen3Generator, Qwen3PrefillOpts, Qwen3Speculator, SampleOpts,
361    build_qwen3_graph_sized, build_qwen3_prefill_built, sample_token,
362};
363#[cfg(feature = "qwen3-tts")]
364pub use qwen3_tts::{
365    HF_MODEL_ID_06B_CUSTOM as QWEN3_TTS_HF_MODEL_ID, PRESET_SPEAKERS as QWEN3_TTS_SPEAKERS,
366    Qwen3TtsBenchReport, Qwen3TtsConfig, Qwen3TtsRunner, Qwen3TtsWeightStore, TalkerEngine,
367};
368#[cfg(feature = "qwen35")]
369pub use qwen35::{
370    ChatMessage, ChatRole, MatWeight, Qwen35Config, Qwen35FullAttnLayer, Qwen35LayerFfn,
371    Qwen35LinearLayer, Qwen35MoeFfn, Qwen35MtpLayer, Qwen35PrefillOutput, Qwen35Runner,
372    Qwen35RunnerBuilder, Qwen35TrunkLayer, Qwen35Weights, build_qwen35_decode_graph,
373    build_qwen35_decode_hir_dynamic_ext, build_qwen35_graph_sized, build_qwen35_graph_sized_ext,
374    build_qwen35_graph_sized_stub, build_qwen35_prefill_cache_graph,
375    build_qwen35_prefill_cache_graph_ext, build_qwen35_prefill_cache_hir_dynamic_ext,
376    decode_step_feeds, encode_chat_auto, format_chatml, messages_from_prompt, mrope_prefill_feeds,
377    mrope_row_for_sections, mrope_slice_at_pos, mtp_draft_vocab_size, pack_input_ids,
378    parse_messages_json, recurrent_output_count, seed_cache_from_outputs,
379    supports_multimodal_mrope, synth as qwen35_synth, text_section_pos, validate_device,
380    zero_recurrent_inputs,
381};
382#[cfg(feature = "flux2")]
383pub use rlx_flux2::{Flux2Output, Flux2Runner, Flux2RunnerBuilder};
384#[cfg(feature = "runner")]
385pub use run::{
386    ConfigSource, DinoV2Output, DinoV2Runner, DinoV2RunnerBuilder, DinoV2Variant, Llama32Runner,
387    Llama32RunnerBuilder, LmRunner, ModelRunner, Precision, Qwen3Runner, Qwen3RunnerBuilder,
388    SamArch, SamPredictionAny, SamRunner, SamRunnerBuilder, Vjepa2Output, Vjepa2PoolOutput,
389    Vjepa2PredictOutput, Vjepa2Runner, Vjepa2RunnerBuilder, Wav2Vec2BertRunner,
390    Wav2Vec2BertRunnerBuilder, WeightFormat, debug_resolve_name, dispatch, dispatch_help,
391    list_mtp_keys, open_gguf_loader, open_loader, open_loader_resolved, open_loader_with_format,
392    register_runner, registered_runners, run_registered,
393};
394#[cfg(feature = "sam")]
395pub use sam::{
396    NeckWeights as SamNeckWeights, SamConfig, SamEncoderBuilt, SamEncoderConfig, SamEncoderFlow,
397    SamPreprocessWeights, apply_neck_host as sam_apply_neck_host,
398    assemble_patch_tokens as sam_assemble_patch_tokens, build_sam_encoder_built,
399    build_sam_encoder_graph, preprocess_image as sam_preprocess_image,
400};
401#[cfg(feature = "sam2")]
402pub use sam2::{
403    FpnLevel as Sam2FpnLevel, FpnNeckWeights as Sam2FpnNeckWeights, Sam2, Sam2Config,
404    Sam2DecoderConfig, Sam2FpnConfig, Sam2HieraConfig, Sam2ImageEncoderBuilt, Sam2ImageEncoderFlow,
405    Sam2ImagePrediction, Sam2MaskDecoderOutput, Sam2MaskDecoderWeights, Sam2MemoryAttentionWeights,
406    Sam2MemoryConfig, Sam2MemoryEncoderConfig, Sam2MemoryEncoderOutput, Sam2MemoryEncoderWeights,
407    Sam2PreprocessWeights, Sam2PromptEncoderOutput, Sam2PromptEncoderWeights,
408    Sam2TwoWayTransformerWeights, Sam2VideoState, apply_fpn_neck as sam2_apply_fpn_neck,
409    apply_fpn_neck_host as sam2_apply_fpn_neck_host,
410    assemble_patch_tokens as sam2_assemble_patch_tokens, build_sam2_image_encoder_built,
411    build_sam2_image_encoder_graph, mask_decoder_forward as sam2_mask_decoder_forward,
412    memory_attention_forward as sam2_memory_attention_forward,
413    memory_encoder_forward as sam2_memory_encoder_forward,
414    preprocess_image as sam2_preprocess_image,
415    prompt_encoder_forward as sam2_prompt_encoder_forward,
416    two_way_transformer_forward as sam2_two_way_transformer_forward,
417};
418#[cfg(feature = "sam3")]
419pub use sam3::{
420    Sam3, Sam3CompiledDecoder, Sam3Config, Sam3DetectorConfig, Sam3DetectorDecoderBuilt,
421    Sam3DetectorDecoderFlow, Sam3DetectorEncoderFlow, Sam3EncodedImage, Sam3ImagePrediction,
422    Sam3PreprocessWeights, Sam3TextConfig, Sam3TrackerConfig, Sam3VideoFramePrediction,
423    Sam3VideoState, Sam3VitConfig, assemble_patch_tokens as sam3_assemble_patch_tokens,
424    build_sam3_detector_decoder_built, build_sam3_detector_encoder_built,
425    build_sam3_detector_encoder_graph, forward_decoder_ir_on,
426    preprocess_image as sam3_preprocess_image,
427};
428#[cfg(feature = "llada2")]
429pub use tide::{
430    BlockDenoiseConfig, BlockDenoiseLoop, GenerateConfig, PredictiveOffloadInfo,
431    PredictiveOffloadParams, TideOffloadStats, TideRunner, aggregate_offload_stats,
432    refresh_experts,
433};
434#[cfg(feature = "vision")]
435pub use vision::{VisionPreprocessWeights, build_vision_graph_sized};
436#[cfg(feature = "vision")]
437pub use vision_flow::{NomicVisionBuilt, NomicVisionFlow, build_nomic_vision_built};
438#[cfg(feature = "vjepa2")]
439pub use vjepa2::{
440    Vjepa2Config, Vjepa2EncoderBuilt, Vjepa2EncoderFlow, Vjepa2EncoderOutput, Vjepa2EncoderWeights,
441    Vjepa2Masks, Vjepa2ModelWeights, Vjepa2PatchEmbedWeights, Vjepa2PoolerFlow,
442    Vjepa2PoolerWeights, Vjepa2PredictorFlow, Vjepa2PredictorWeights,
443    build_vjepa2_encoder_graph_sized, conv3d_patch_embed, encode_video_native,
444    extract_encoder_weights, extract_model_weights, extract_patch_embed_weights,
445    extract_pooler_weights, extract_predictor_weights, normalize_video_hwc, pool_native,
446    predict_native,
447};
448#[cfg(feature = "voxtral")]
449pub use voxtral::{
450    FAMILY as VOXTRAL_FAMILY, HF_MODEL_ID_MINI_3B, LanguageModelPrefixLoader,
451    MelSpectrogram as VoxtralMel, VoxtralAudioConfig, VoxtralConfig, VoxtralRunner,
452    VoxtralRunnerBuilder, VoxtralWeightPrefix, build_voxtral_decode_built,
453    build_voxtral_encoder_built, build_voxtral_prefill_built, build_voxtral_projector_built,
454    fuse_inputs_embeds, pcm_to_mel as voxtral_pcm_to_mel, transcription_prompt_ids,
455};
456#[cfg(feature = "voxtral-tts")]
457pub use voxtral_tts::{
458    CodecDecoder, HF_MODEL_ID as VOXTRAL_TTS_HF_MODEL_ID, PRESET_VOICES as VOXTRAL_TTS_VOICES,
459    VoxtralTtsBenchReport, VoxtralTtsConfig, VoxtralTtsRunner, VoxtralTtsWeightStore,
460};
461#[cfg(feature = "wav2vec2-asr")]
462pub use wav2vec2_asr::{AlignSession, AlignedWord, Wav2Vec2AsrConfig, align_model_for_language};
463#[cfg(feature = "wav2vec2-bert")]
464pub use wav2vec2_bert::{
465    LogMelExtractor, LogMelFeatures, Wav2Vec2BertConfig, Wav2Vec2BertFlow,
466    Wav2Vec2BertPreprocessConfig, build_wav2vec2_bert_built, build_wav2vec2_bert_graph_sized,
467    load_wav_mono_f32,
468};
469#[cfg(feature = "whisper")]
470pub use whisper::{
471    MelSpectrogram, SubtitleFormat, TranscriptSegment, WhisperConfig, WhisperDecoderFlow,
472    WhisperEncoderFlow, WhisperKvCache, WhisperPipeline, WhisperPipelineOpts, WhisperRunner,
473    WhisperRunnerBuilder, WhisperTranscript, WhisperWeightPrefix, WordAlignMode, WordTiming,
474    build_whisper_decode_step_built, build_whisper_decoder_built,
475    build_whisper_decoder_graph_sized, build_whisper_decoder_prefill_built,
476    build_whisper_encoder_built, build_whisper_encoder_graph_sized, default_mel_frames, pcm_to_mel,
477    to_json_pretty, to_srt, to_tsv, to_vtt,
478};
rlx_models/lib.rs

rlx_models/
lib.rs
